SZDoit T101

SZDoit Robot Tank Car Chassis T101 Instruction Manual

Model: T101 | Brand: SZDoit

Įvadas

This manual provides detailed instructions for the assembly, operation, and maintenance of the SZDoit T101 Robot Tank Car Chassis. This kit is designed for educational and DIY robotics projects, offering a robust metal platform for integration with various microcontrollers such as Arduino, Raspberry Pi, and STM32. It is important to read through all instructions before beginning assembly.

Sudedamosios dalys

The following components are included in your SZDoit T101 Robot Tank Car Chassis kit:

  • Panel: 1 piece (main chassis frame)
  • Motor: 2 pieces (DC gear motors)
  • Track: 2 pieces (plastic track chains)
  • Bearing wheel: 2 pieces (plastic idler wheels)
  • Driving wheel: 2 pieces (plastic drive wheels)
  • Screw: 1 set (various fasteners for assembly)
All components of the SZDoit T101 Robot Tank Car Chassis kit laid out
Image: All components included in the SZDoit T101 Robot Tank Car Chassis kit, including the metal panel, motors, tracks, wheels, and screws.

Surinkimo vadovas

Follow these steps to assemble your robot tank car chassis. It is recommended to lay out all components before starting.

  1. Attach Motors to Chassis: Secure the two DC motors to the designated mounting points on the metal chassis panel using the provided screws. Ensure they are firmly attached.
  2. Install Driving Wheels: Mount the plastic driving wheels onto the motor shafts. These wheels will transmit power to the tracks.
  3. Install Bearing Wheels: Attach the plastic bearing wheels (idler wheels) to the opposite end of the chassis. These wheels help guide the tracks.
  4. Prijungti takelius: Carefully wrap the plastic track chains around the driving and bearing wheels on each side. The tracks are designed to be adjustable in length. If a track is too long, individual joints can be removed using a small tool like tweezers.
Assembled SZDoit T101 Robot Tank Car Chassis
Image: A fully assembled SZDoit T101 Robot Tank Car Chassis, showing the metal frame, motors, wheels, and tracks.
Illustration of how to adjust the length of the plastic track by removing individual links
Vaizdas: Stambus planas view demonstrating how to adjust the length of the plastic track by detaching individual links using a small tool.

Saugos priminimas

Exercise caution during assembly to prevent injury. Be mindful of small parts and sharp edges. Adult supervision is recommended for younger users.

Veikimo principai

The SZDoit T101 is a robot tank car chassis designed as a foundational platform. It does not include a controller or programming. To operate the chassis, you will need to integrate an external microcontroller (e.g., Arduino Uno R3, Raspberry Pi, NodeMCU, Microbit) and appropriate motor drivers and power supply.

The included DC motors operate within a voltage range of 6V to 12V. Ensure your power source and motor drivers are compatible with these specifications. The chassis is intended for scientific study and research, with a recommended bearing load of approximately 1-3 kg.

Priežiūra

Regular maintenance ensures the longevity and optimal performance of your robot tank chassis.

  • Trasos apžiūra: Periodically check the plastic tracks for wear, damage, or debris. Ensure they are properly tensioned; adjust length if necessary as described in the assembly section.
  • Variklio patikrinimas: Listen for unusual noises from the motors during operation. Ensure motor connections are secure.
  • Bendras valymas: Keep the chassis free from dust and dirt, especially around moving parts and electrical connections.

Trikčių šalinimas

Šiame skyriuje aptariami dažniausiai užduodami klausimai ir problemos, su kuriomis galite susidurti.

  • Track is too long: The track is composed of individual joints. You can adjust its length by carefully removing one or more joints using a small tool like tweezers.
  • Motor not operating: Verify that the motor is receiving the correct voltage (6-12V DC) and that all electrical connections to the motor driver and power supply are secure. Ensure your controller is sending appropriate signals.
  • Low bearing load capacity: This chassis is primarily designed for scientific study and light experimental setups. The typical bearing load is 1-3 kg. For applications requiring a significantly higher load, please consult the manufacturer for alternative solutions.

Techninės specifikacijos

Detailed specifications for the SZDoit T101 Robot Tank Car Chassis:

Produkto parametrai

ParametrasVertė
ModelisT101
Dydis (L*P*A)18 x 13 x 7 cm (apytiksliai 193 x 163 x 60 mm)
Svoris0.53 kg (approx. 0.47 kg for chassis only)
Track MaterialPlastikiniai
Variklis ttage Diapazonas6-12V DC
Ratų medžiagaMetal (driving), Plastic (bearing)
Rėmo medžiaga2 mm aliuminis
Paviršiaus apdorojimasSandblasting Oxidation
Max Suggested Weight5 kg (Manufacturer's Suggested)
Assembled SZDoit T101 Robot Tank Car Chassis with key dimensions labeled
Image: The assembled chassis with overall length (L: 19cm), width (W: 16cm), and height (H: 6cm) indicated.

Wheel Parameters

ParametrasVertė
Driving Wheel Size48.03 x 31.85 mm
Bearing Wheel Size48 x 37 mm
Track Joints52 joints per track

Motor Parameters (33GB-520 DC Gear Motor)

ParametrasVertė
ttage Diapazonas6 V–12 V nuolatinė srovė
Įvertintas ttage12V DC
Greitis be apkrovos170 - 350 rpm (at 12V)
Srovė be apkrovos100 mA
Variklio svoris100g
Detailed specifications and dimensions of the 33GB-520 DC Gear Motor
Vaizdas: Stambus planas view of the 33GB-520 DC Gear Motor, showing its model number, rated voltage, no-load current, and physical dimensions.

Pagalba ir ištekliai

For additional documentation, source code, and video tutorials, please refer to the following resources:

  • Internetinė dokumentacija: Detailed information and Arduino source code can be found on the official blog: gitnova.com
  • Video Manuals: Ieškokite "TP101" on YouTube for various video assembly and usage guides.

If you encounter any issues or require further assistance, please contact SZDoit customer support.

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